"above ground foul drainage systems"

KOMPAQDRAIN Traffic and MultiV200 compact channels have been installed at different heights.

In 2018, Corby town centre was in need of renovation. With more council planners calling for sustainable, urban developments, it became clear that the town’s Market Walk Shopping Centre needed to be updated, both functionally and aesthetically. Midlands-based O’Brien Contractors were tasked with transforming Market Walk’s outdated multi-story carpark on Market Walk into a flexible, functional and long-lasting alternative.

Berry Systems supplied and installed Internal and external safety barriers to protect doorways, walkways, columns, racking, site and equipment at the Co-operative, Avonmouth project.The 435,780 square foot (40,485 sq m) state-of-the-art facility is conveniently located near to Junction 18 of the M5 and ideally placed to distribute goods to 482 Co-Operative stores in the Bristol, North Somerset and South Wales area. Our safety barriers have been installed extensively both inside and outside the distribution centre. The access roads are lined with Barrier Rails mounted on semi-flexible Flexi-Posts. In the vehicle waiting areas power cables have been integrated into the barrier with post extensions mounted to every other post, for the power outlets. The Flexi-Posts give greater protection if a reversing vehicle fails to stop in time, avoiding damage to the barrier, power cables and HGVs. We also installed a number of exterior bollards to protect doorways and other access points and additional barriers to protect fuel storage and other plant. Inside the distribution centre, structural columns benefit from our column protection units that flex upon impact to minimise damage. Other areas have our unique double rail system mounted on spring steel buffers to create an impenetrable but flexible  barrier from ground level to a height of 610mm.

Having outgrown their previous offices, Smoove – a company operating in the property sector (formerly ULS) – took the decision to take on three floors at Masters Court; a fully refurbished office building in the quaint town of Thame, Oxfordshire. They swiftly appointed HNB and Leap Architects to deliver an overhaul of the dated interior that would better suit the Smoove team.We were approached to deliver a glass moving wall capable of separating the ground floor kitchen and main open plan space when required. Our Type G200 system was chosen, which provides transfer of natural light when partition is closed while simultaneously stopping the transfer of noise.The minimalist manifestations applied to the glazed panels along with their black painted frames have been designed to match a number of fixed glass partitions within the space, offering a consistent design throughout.

Client: Bruntwood Estates Specialist Contractor: Grade-2 Structural Repairs Main Products Used: Emseal SJS SystemThis busy, multi-storey, prime location, car park is located between Manchester United’s Old Trafford Football Stadium, Lancashire’s Old Trafford Cricket Ground and Trafford House, a 12-Storey commercial development. The businesses use the car park during the week and then it is reserved for MUFC fans on matchdays and weekends. The car park was undergoing scheduled structural inspection, when it was discovered that the traditional compression joints were failing in the wide structural movement joints on the access ramps. This meant they were now leaking and allowing water ingress, which could lead to damaging salt deposits on expensive vehicles, as well as potential corrosion and damage to the reinforced concrete decks and the structural frame itself. These joints needed to be made watertight and accommodate significant horizontal and vertical movement, as well as traffic impact and weathering. The engineers looked for a solution that could safely repair and seal the joints, but with only minimal ramp closure or downtime, and the Emseal SJS System was selected as the ideal solution, as it could be installed in just two short, phased closures at weekends, when there were no home games. In the first weekend, with only one lane closed, the failed compression joint was removed and the joint arrisses made good with fast setting resin, then on the next weekend closure, the bespoke lengths of Emseal SJS were installed with access only required from above.  

The Faculty of Humanities and Arts is the third largest faculty in the Macau University of Science and Technology, The construction of the Complex Academic Building of College of Humanities and Arts – Block “R” includes a 2-storey basement and 7-storey above the ground floor. The height of the building is 30.75m. Caltite System has been applied in the basement slab, (B1 to B2), basement wall and water tank for long-term reliable waterproofing.

Arsenal Stadium, commonly known as Highbury Stadium, was the home to the club until 2006. Following Arsenal’s move to the Emirates Stadium the ground was converted into accommodation, and now goes by the name of Highbury Square. There are numerous on-site facilities for residents, the latest being a retail kiosk offering snacks and drinks. Roché was asked to supply and install security on these premises.

Developer Manchester Life is transforming the residential market in the city of Manchester and Senior Architectural Systems is proud to have partnered with them to create a number of apartment schemes including Cotton Field Wharf, Weavers Quay and New Little Mill. Lampwick Quay is the fourth and most recent project to have been undertaken by Senior as part of this successful repeat business relationship.Located in Manchester’s thriving new community in Ancoats, the new Lampwick Quay development comprises 213 apartments across three blocks of five, six and ten-storeys, with ground floor retail units and communal facilities including a gym and residents club room. A mix of Senior’s aluminium windows, commercial doors and curtain wall solutions have been used extensively throughout the development and installed by supply chain partner Aire Valley Architectural Aluminium for main contractor John Sisk & Son Ltd.To help reduce heat loss and energy costs, Senior’s low U value and Part L compliant PURe® aluminium casement windows have been installed to each of the apartments to create a comfortable living space. The stylish window system also provides the perfect frame for the development’s views of Manchester’s New Islington Marina.Energy-efficiency has also been addressed in the communal, retail and ground floor areas through the use of Senior’s thermally-enhanced SF52 aluminium curtain wall system which maximises the controlled use of use of natural light.To meet the scheme’s stringent safety and security requirements, Senior’s robust SPW501 aluminium commercial doors were installed to the main entrance and exit points. The SPW501 commercial door system is ideally suited to high pedestrian use and meets the requirements of Secured By Design. Key elements of the fenestration package have also been designed to work as part of the scheme’s overall passive fire protection strategy, with the use of Senior’s SPW600 automatic opening ventilation (AOV) aluminium windows in the communal areas and stairwells. Although visually similar to Senior’s popular SPW600 system, these AOV windows are fitted with a smart actuator which allows for quick and automatic ventilation in the event of a fire, helping to remove smoke from the air.The development’s low pitch sawtooth roof design pays homage the area’s industrial heritage, with the slim aluminium frames of the fenestration package further complementing the main façade of zinc cladding, brick and coloured panels. Initially designed by CallisonRTKL, the Lampwick Quay development was delivered by jmarchitects.

BackgroundFor the perfect example of architectural excellence which not only delivered an impressive aesthetic, significant environmental benefits, and a more robust structural foundation, but also improved thermal performance, look no further than the eight-storey, three-building Building Safety Fund (BSF) project Devonshire Mansions.Situated in beautiful Eastbourne on the south-east coast of England, Devonshire Mansions were an extremely attractive choice for those wanting stunning sea views and some peace and privacy. However, due to their location in a high exposure area, the buildings were aged and weather-beaten, and required a full overhaul and refurbishment to modernise, align with current safety regulations for high rise buildings, and strengthen the buildings at their core whilst rejuvenating the exterior.Understanding and appreciating K System’s renowned ability for outstanding refurbishment projects, Pavehall contracted K Systems to completely refurbish this residential development and deliver on the following four primary objectives:- Remediate unsafe cladding- Improve the thermal performance rating of each home- Update and seamlessly replicate existing façade features- Deliver a solution with acoustic benefitsOur ServiceIn collaboration with Archiflair Design, Pavehall, and Fullers Plastering, K Systems delivered an industry-leading, insulated façade solution that fulfilled the desired criteria, achieved a U-value of 0.26 W/m²K and resulted in an outstanding architectural structure.The commitment of K Systems team, their continuous communication, in-depth level of reporting, and consistent presence on site not only ensured a perfect refurbishment, but also instilled 100% confidence in the supply chain throughout, showing exemplary levels of customer service.This project is a great example of how K Systems overcame various construction challenges to deliver within the agreed time constraints.The make-up of the façade had multiple protrusions in forms of balconies meaning that every sheathing and insulation board had to be cut to fit. Replicating this without compromising on the strict site deadlines was a challenge but under the great install team and K Systems’ expertise and onsite presence, this was achieved.Additionally, Devonshire Mansions had a problematic substrate and challenging aesthetic deliverables. Working closely with all partners, and utilising digital technology, K Systems mapped out the refurbishment and specified the ideal solution to Pavehall for implementation.Technical Project DetailsAfter a comprehensive scoping process, K Systems discovered that the existing system had a drained cavity build up and when removed, the sheathing boards were compromised by water. With the buildings being high rise, steel frame and multi-occupancy, the industry-proven K Systems Exicco Cavity Drainage EWI System was specified.In the Exicco system, the drained cavity behind the insulation ensures that any interstitial moisture escapes without detriment to the performance of the system. Due to their seafront location, Devonshire Mansions were prone to fierce rain and water exposure, so this system was the ideal choice to ensure any future moisture or condensation build up was allowed out to avoid compromising the substrate or newly installed façade.Once the strip out of the existing façade had occurred, further challenges were discovered – the substrate was far from line and level. This meant that every rail within the newly installed EWI system had to be packed out using steel shims to create a level vertical façade, subsequently adjusting the specified fixing lengths to suit.Some elements of the substrate were high strength concrete incorporating a flint aggregate which proved problematic for standard mechanical fixings. Via K Systems’ on site support, a suitable, more bespoke fixing was specified which ensured proper anchoring of rails and intumescent fire barriers. A swift solution was achieved with no detriment to the construction programme.The newly installed Exicco system was combined with the K Systems M (Mineral Wool) system. This high performing system provides optimal levels of fire resistance and noncombustibility and its installation at Devonshire Mansions meant that the fire classification of the buildings was upgraded to A2-s1,d0 meaning that the development is now compliant with the latest building regulations for all high-rise dwellings in England, further ensuring the safety of residents.Devonshire Mansions is visually impressive with its feature balconies, architectural cornices, ashlar panelling and quoin detailing. It was a specific requirement of the client to remediate the unsafe cladding without losing these exterior design features.K Systems created two specifications; one for the elevations and one for the balconies and provided bespoke detailing to allow them to seamlessly harmonise as one façade. Ashlar panelling and quoin detailing was replicated cost-effectively using varying thicknesses of non-combustible mineral wool insulation which was over-rendered skilfully by the contractor using K Systems Silicone Thincoat render.The more intricate cornice features were all bespoke manufactured using compliant non-combustible materials and integrated into the design with K Systems providing robust detailing to create a water-tight barrier and eliminating cold bridging. Decorative columns were installed at ground level to complete the façade.The eye-catching, waterfront dwellings were finished with Silkolitt+ - a versatile, easy to apply, water repellent, durable, and low maintenance thin coat render, perfectly paired and formulated for use with our Exicco systemOverall, K Systems specified a fit-for purpose, non-combustible façade with a high level of complex architectural detailing using cost effective solutions. The installation process was overseen by our unrivalled site support team who were frequently on hand to solve any issues as they arose.“Working alongside K Systems on a project of the size and nature of Devonshire Mansions was a true pleasure. From initial scope and specification to intricate detailing and innovative finishes, the K Systems team lead by example and made the process and delivery a slick and seamless operation. The refurbishment was a complex case but working together in partnership, we all delivered on excellence, and the beautiful Devonshire development is something we can all proudly put our names to.”James Fuller, Fullers Plastering

Newton System 500 fulfils all Listed Building requirements in this Georgian Manor House. Newton Pumping Systems installed to manage waste water, including two Newton Titan pumps and battery backup systems.

Schlüter-Systems used its specialist technical knowledge and a number of key product solutions to minimise floor build-up and guarantee complete waterproofing provision in the refurbishment of one of Ireland’s most magnificent country houses. Set in 840 acres of grounds, Adare Manor was the subject of an 18-month-long renovation—its most extensive in 25 years. 40 new bedrooms have been added to this 19th century neo-gothic masterpiece as well as a host of new facilities; including a swimming pool, boardroom, cinema, spa and 350-capacity ballroom.

Located at the first locks of the Manchester, Bolton & Bury Canal, the second phase of the £1bn Middlewood Locks development in Salford delivers 546 apartments across 4 new buildings with private podium gardens. Phase 2 of the development is part of the wider mixed-use scheme to regenerate 25 hectares of brownfield land with new apartments, office space, a hotel, bars, restaurants, car parking and a gym.The large catchment area of the development discharges to the newly renovated balancing basins that service the confluence of adjacent canals and the River Irwell. An extensive podium drainage landscaping design was required to meet the site’s strict discharge limits and reduce the impact of surface water run-off to less than that of the pre-developed brownfield land.The ABG blueroof storm water attenuation system specified for the scheme covers over 9,500 m2 and restricts rainfall outflows to below the 16 l/s discharge limit on Plot G of the site and within the 20 l/s limit for Plot H. The system incorporates 27 ABG restrictor chambers above rainwater outlets which are configured to restrict outflow rates to within the discharge consents.The system is designed to attenuate a 1-in-100 storm event (data extrapolated from the local FEH 2013 flood report), plus 30% allowance for the effects of climate change. The geocomposite drainage and attenuation layers and network of restrictor chambers serve to filter surface water run-off pollutants to treatment train stage one of the SuDS process, meaning no other filtration measures are required. The top of the chambers are designed to sit flush with the porous resin paving surface, and different configurations and thicknesses of drainage composites were used to achieve the correct height of system to match the different surface levels. The ABG Deckdrain geocomposite layer provides multi-directional flow capacity to efficiently channel rainwater to the nearest restrictor chamber outlet whilst the integral geotextile filter helps to prevent the cuspated drainage core from becoming blocked.The choice of hard and soft landscaping materials specified for the development are of a very high standard and the inclusion of large areas of green spaces and substantial planting creates valuable new private gardens and amenity spaces for the area.The attenuation system configuration was designed and supplied by ABG and installed over a 6 month period by ABG Installs. As part of the storm water attenuation system design, a new restrictor chamber diffuser was developed to fit directly onto the downpipes of the apartment buildings. The attenuation voids were modified to allow for cable ducting to pass through them and a method was also developed to provide structural drainage beneath the concrete footings of the stone planter walls.

Project at Royal Mail distribution centre to enclose open canopyied area using Anchorwall partition walling (with Flexiwall above) to protect employees from the weather

Insworke Mill was originally built in 1590 and survived as a working Mill until the First World War. After falling into disrepair it’s now undergoing a major refurbishment to convert it to its new life as commercial properties to the ground floor with a luxury residential dwelling above. To the first floor a Lewis® Deck/screed solution was used to provide acoustic separating floors with timber beams left exposed, replicating the original beams. On the ground floor; Lewis® was used as part of a warm floor solution above the cellar areas. U/F heating was incorporated in all floors.

Installing a comprehensive internal and external structural waterproofing solution to prevent the ingress of ground water.

When HSP Architects and Price & Myers wanted to transform a listed commercial basement in Temple Fortune to create a new community centre, they needed to look no further than Newton Specialist Contractor Arti Construction to perform the waterproofing.ning three of the walls were either fully or partially below-ground and suffering from water penetration. Arti recommended the Newton CDM System, as it is the most safe and reliable form of waterproofing that would deliver a completely dry internal space and cause the minimal amount of disruption to the Listed structure.The basement, part of a four-storey Listed building, was built into a hillside, meaning that three of the walls were either fully or partially below-ground and suffering from water penetration. Arti Construction worked with the design team at an early stage to design a waterproofing solution.With existing Listed basements such as this one, Arti Construction were quick to recommend a Type C cavity drain waterproofing solution in the form of the Newton CDM System. Type C waterproofing is the safest and most reliable form of waterproofing that will deliver a completely dry internal space, whilst also causing the minimum amount of disruption to the Listed structure.Before Arti could proceed with the installation, they first had to re-level the existing concrete slab in order to provide a flat and stable floor.With the structure fully prepared, Arti could then proceed with installing a full cavity drain waterproofing system. This consisted of installing Newton 508 with minimal MultiPlug fixings to the walls and floors to capture the ingressing water. The water is then directed via Newton Basedrain channels to a Titan-Pro sump chamber, for removal by dual NP400 clean water pumps.The complex basement space included existing columns, windows and an internal staircase which all had to be factored into the waterproofing design.Regardless of this, Arti Construction completed the 280m2 installation within budget in just one week, delivering a reliable Type C structural waterproofing system that is also compliant with British Standard 8102:2009.

Koster Aquatecnic were approached to design a bespoke system of sealing up the inside of long lengths of underground ducting. These ducts were carrying high voltage power cables and there was a need to prevent ground water entering and coming into contact with the cables.Using Koster`s range of acrylic injection gels, vast lengths of duct could be sealed without generating any additional heat or pressure.If you have a problem which requires a bespoke solution, please contact the Koster Technical team at technical@kosteruk.com.

With over nine million people visiting The O2 a year, ICON Outlet required a robust washroom solution to withstand the demands of a high traffic environment, while being easy to clean and maintain. Unity’s clean, modern and minimal cubicle design and the solid surface vanities in “Vermont” gave the washroom facilities a contemporary look, while being functional and hard-wearing. ICON Outlet selected our ground-breaking pre-plumbed Vepps system, making regular duct maintenance effortless thanks to its linear-bearing hinge.Vepps also makes it impossible for the public to access duct space, with specially engineered anti-tamper locks.Read the full case study for more details.

London played host to the Commonwealth Heads of Government Meeting in 2018, as it welcomed 53 World Leaders and over 2,000 delegates to the capital.With all eyes looking at London, the Metropolitan Police Services wanted to provide an enjoyable but safe experience for all those attending and viewing on television around the world.The BriefThe Metropolitan Police Services and Counter Terror police had a number of key requirements for the fencing that would form part of the protective detail for 53 World Leaders.Zero Ground Strike SystemAbility to take screen from view bannersEasy to installOffer a higher level of security than standard temporary fencingAbility to incorporate Turnstiles and Swing Gates

The United Kingdom Hydrographic Office (UKHO) is the UK’s agency for providing hydrographic and marine geospatial data to mariners and maritime organisations across the world. Their visually stunning new headquarters in Taunton has been designed based on the concept of contours and currents by multi-award winning architects, AHR. An impressive central atrium with feature stair connects the two wings with access to the upper floors reached by a feature stairway which leads onto open platforms and connecting walkways. The fluid lines and vast spaces gives the interior a sense of openness in such a large structure and is an incredibly inspiring environment in which to work. Lusso worked closely with BAM and AHR on the internal glazing requirements to create administration offices, a meeting suite, training rooms, as well as recreation and dining areas to the ground floor. The use of Lusso 25 single glazed partition system and Lusso 105 double glazed partition system allowed for the different acoustic and structural design specifications throughout the building. The clever use of glass partitions has ensured that the requirement for a “one team approach” design brief has been met. The UKHO can now boast highly impressive headquarters, befitting of a world leading geospatial information company. Opened by HRH The Princess Royal, it has now been nominated and won several design awards and is on course to achieve BREEAM Excellent.  

An impressive basement extension, housing a swimming pool and sauna, required a robust waterproofing solution at this large country home.Newton Specialist Contractor Stonehouse were brought onto this large residential project to waterproof an underground extension including a swimming pool and sauna. Set in a small village in Berkshire, the impressive countryside home was designed by architects Spratley and Partners.For the new below-ground structure, Stonehouse were required to install a failsafe and maintainable waterproofing system that would completely protect the luxurious basement from unwanted water ingress.Ensuring that the project was fully compliant with BS 8102:2009, Stonehouse recommended a combined waterproofing solution using a Type B reinforced and water-resistant concrete structure designed to BS EN 1992, combined with a full Type C internal cavity drain membrane system.As the most reliable and completely maintainable Type C waterproofing solution, the Newton CDM System was the ideal choice for this structure. Firstly, Newton 508 membrane was securely fixed to the internal walls of the basement using Newton's specialist MultiPlug fixings.Any water that is captured by the membrane is then drained away with Newton Basedrain channels, and pumped out of the property using a Titan-Pro sump chamber fitted with two NP400 pumps and supported by a failsafe battery back-up system.As an extremely experienced waterproofing contractor, Stonehouse were able to confidently recommend, design and install a comprehensive and truly failsafe waterproofing system that will protect the property from unwanted water ingress for many years to come. Stonehouse also provided complete peace of mind by offering a 10-year guarantee on the installation.

Located in Earls Court, London, the Lillie Square development will eventually stretch from Chelsea football ground to Kensington Olympia, and comprises of over 800 multi-million pound luxury dwellings. The development will also contain London’s largest private residents’ club, which boasts a lounge, library, private dining room, cinema, gym, spa facilities and 20 metre swimming pool with jacuzzi.Lillie Square Phase 1 required the formation of a watertight basement to house the luxury private residents club serving the entire property development. A large portion of this luxury clubhouse, including a swimming pool, spa, sauna, steam room, gym and function room, is below ground. The project therefore required robust waterproofing to protect the internal environment.Newton Specialist Contractor Stonehosue were consulted at an early stage to be part of the design team and provide a guaranteed waterproofing solution that would comply with the requirements of both BS 8102:2009 and any third-party warranty providers.The long-term partnership between Newton Waterproofing Systems and experienced Specialist Contractor Stonehouse has seen both companies partner on a vast portfolio of properties across the UK, and Stonehouse brought this experience to the table at Lillie Square.In order to provide the maximum level of protection, Stonehouse combined two Types of waterproofing in order to achieve a completely dry ‘Grade 3’ internal environment as per the recommendations of BS 8102:2009.The first of these products was the Type A, cementitious, liquid-applied waterproofing membrane Newton 107F, which was particularly suitable to this large-scale project due to the fact that it could be quickly spray-applied over large areas.The 107F was supported by the Type C Newton CDM System cavity drain waterproofing, installed throughout the basement area of the clubhouse, with four Titan-Pro sump chambers containing dual NP400 pumps, as well as Newton High Water Alarms, Inverters and Battery Back-Up protection creating a truly failsafe system.By working with Sir Robert McAlpine at the design stage it was possible to consider the lifetime performance of the structure as well as the cost in order to design and install thorough waterproofing protection.

Improving the thermal fabric performance and replicating the existing lookThe primary aim of the project was to improve the thermal fabric performance of the block and also to replicate the existing look. To achieve this, the client’s key requirements were two-fold. Firstly, to match the original external style as closely as possible in both colour and texture to satisfy the local authority’s requirements. The second key criteria was to ensure that all the systems used on the project were fully approved regarding fire performance, to meet the current regulations for buildings over the height of 18 meters in England. Delivering a robust, safe and aesthetic system solution to meet the project requirementsWe specified a combination of K Systems M VBriQ and K Systems M VBriQ+ to ensure we met the aesthetic planning requirements and comply with building regulations for resistance to fire in high-rise buildings. Our system incorporate mineral wool insulation which has an outstanding A1 non-combustible fire rating, which improves the thermal comfort and reduces heating costs for residents, whilst supporting Bristol City Council to meet their carbon emission targets.Our VBriQ acrylic brick slip finish was specified due to its lightweight characteristics and wide range of colours. Our Acrylic slips have a high UV resistance which will ensure the building maintains its appearance over time. Our VBriQ+ clay brick slip finish was specified for the ground floor and surrounding garage areas because of its robust and durable characteristics.Meeting the project deadlines and minimising disruptionsWe worked in collaboration with our approved installer Rateavon Ltd to ensure there was minimum disruption to the residents of Gaywood House. Our Technical team carried out regular site inspections to ensure the systems were installed to the highest standard with timely responses to technical detailing requests.

Avoiding gas reliance when building a new house.Traditional self-build projects have always had heating systems such as gas central heating and solar panels installed. However, with the increasing costs of gas, and the uncertainty of future supplies, a secondary heating source is required.There are options such as ground heating pumps, etc. but a real heating system independent of the grid, plus a stunning focal point has to be a wood burning stove.In fact, wood logs are now the cheapest domestic heating fuel. According to the Stove Industry Alliance, wood now is “costing households 74% less per kWh than electric heating and 21% less than gas heating”. The benefits don’t end there. “Using a modern wood burning stove also costs 29% less to run than an air source heat pump. Wood logs are 87% less carbon intensive than gas, 88% less than electricity and 74% less than an air source heat pump.”Building a traditional steel pipe flue system is always an option, but steel systems are more suitable in retrofit projects where minimum disruption is required. When you are building a house from the ground up, then a more permanent and ultimately lifetime option is the better one.

At this new-build shopping centre in Shepherd's Bush, West London, the new underground car park was experiencing high levels of water ingress through two movement joints that had failed. Newton Specialist Contractor ASF Waterproofing, who are specialists in injection resins and structural repair work, was therefore called in order to provide a quick solution and fix the leaking joints.Following an initial investigation, the technical team from ASF decided to use the 5-part acrylic rubber sealing resin Newton 324-SR to seal the joint, as it reacts to form a very durable and flexible seal that exhibits exceptional adhesion, making it ideal for movement joints.ASF began by drilling holes at angle into the concrete, and at regular intervals for the 10mm injection packers above the joints. The injection packers were then fitted to each hole, and foam backing rod was used to temporarily block the joint and prevent uncured resin from escaping as it is injected.The five components of the PC 509 Rubber Acryl are mixed to make two solutions, whilst the curing time of the resin can also be adjusted by changing the quantity of initiator used. The resin was then injected through the packers and into the joint using a three-component stainless steel pump.Finally, once the resin was cured and the joints were effectively sealed, ASF ground back the surface of the concrete to either side of the joints and applied Newton 106 FlexProof, a flexible liquid waterproofing material, to provide a final protective seal and finish the job.With two leaking movement joints in a finished structure, the client required a swift resolution to get the area back into use quickly. With the benefit of Newton’s advanced resin and waterproofing products, ASF got to site and delivered the sealed joints within the client’s tight timeframe.

Leafy Windlesham in Surrey was the location for this 5-bedroom, £15,000,000 mansion by Searchfield Homes, complete with a 4-metre deep basement containing a swimming pool and spa pool, all of which needed to be protected from water ingress and ground gases.

The scope of this project was to offer a waterproofing solution to an early 19th century two storey, listed cottage sited in a conservation area of beautiful countryside in Scotland.Providing a guaranteed, cost-effective scheme that would comply with BS 8102:2022 (Protection of below ground structures against water ingress. Code of practice.).For any structure below ground, either fully or partially, waterproofing is essential for protecting and preserving integrity. 

Take a look at the various systems on display at our showroom based in Clerkenwell, London - including a range of both solid and glass partitions.

This old Mill House in Cornwall has undergone a huge conversion and extension to become a luxurious five-bedroom home, protected by the failsafe Newton CDM System. Simon Williams purchased the 18th Century Water Mill in 2015 with a view to renovating, developing and extending the beautiful property, located in Blowinghouse just South of Perranporth, into his private residence.Once planning permission was gained for the required conversion and extension to transform the mill into a luxurious 5-bedroom family home, Simon liaised with CAD Architects on the design, which incorporated a waterproofing design specified by Newton.An additional large garage with charming two-bedroom ancillary accommodation was also added to the grounds of the property, which required specialist steel and concrete foundations, given the close proximity of the water.In order to restore the old mill and achieve a Grade 3 habitable environment, BS 8102:2009 recommends that a Type C internal cavity drain membrane system is one of the primary forms of waterproofing, as it is the most failsafe system that is least prone to defects and issues.The Newton CDM System is also completely maintainable, and was therefore ideal for the 18th Century structure, considering that Williams Creative Homes did not want to compromise the external appearance of the thick stone walls.The proximity of the river also meant that there was a high risk of water ingress, however, Newton's robust cavity drain waterproofing is designed to capture water using Newton 508 membrane on the walls, then drain it away via gravity using Newton Basedrain.Finished to an incredibly high standard by Williams Creative Homes, Simon has been living in the property ever since, whilst the Newton waterproofing system successfully ensures that his home is completely dry and protected.

The King Edward VII Galleries is a Grade 1 listed structure and part of the iconic British Museum complex in London.Constructed between 1907 and 1914, the building sits above a series of tunnels and ventilation shafts, which serve to supply air to the gallery via an external ventilation unit.Due to water ingress in the tunnels, there was serious concern as to the quality of air supplied to the gallery, and the impact that this might have on the artefacts kept there.

THE PROJECTCapstan House and the public realm at Republic, East India Dock underwent a major refurbishment to transform the 1990’s post-modern office complex. As part of the project they required retractable awnings which mounted to the ground level facade. This was designed to open up the outdoor terraces for offices, retail units, bars and cafes.THE CHALLENGEThe client was looking for high quality awnings to provide shade for the ground floor reception areas while still allowing natural light in. The design of the awnings needed to match the modern appearance of the offices and encourage socialising through the use of pedestrianised outdoor space.THE SOLUTIONOriginally the Markilux 3300 full cassette awnings was chosen due to it’s angular design. There was however a requirement for a larger projection than width on certain awnings which wasn’t achievable on this awning type. Roché instead advised on using the Markilux 1600 Stretch and Markilux 1600 semi-cassette awnings which would achieve these dimensions and keep a consistent ground floor appearance. This meant that some reception areas were able to achieve projections of up to 400cm from awnings of only 250cm in width.Custom spreader brackets were also required for fixing to a beam through an aluminium curtain.

Client: Meggit Avionics, Fareham Design & Build Contractor: Metpark Specialist Contractor: Thelwell Flooring Main Products Used: Emseal DSM SystemMeggit Avionics produce flight data sensors, systems and displays for all types of civil and military aircraft, including helicopters and unmanned aerial systems (UAS) drones. At the firm’s expanding facilities in Fareham, their success meant that they needed to find a way to provide more parking for the growing number of people working on the site. The solution was provided by Metpark UK, in a complete car park design and build contract, that provided a whole new parking level, raised and built directly above their existing surface car park, which added a further 63 parking spaces. This included a new structural steel frame, with steel access stairs, perimeter crash barriers, and lighting, plus composite steel and concrete decks with waterproof deck surfacing. The structural design used 40mm wide expansion joints brought right through the composite deck to allow the anticipated high joint movement capability required, which was up to +/- 50% (i.e. total 100%). The Emseal DSM system was selected and used to securely seal the exposed expansion joints as it can easily meet and accommodate all these requirements. Emshield DSM is a prefabricated movement joint that is easily installed from above, so other trades can continue uninterrupted below. Additionally it is bonded into position with a structural epoxy adhesive, so there is no potentially damaging drilling required into otherwise sound concrete elements of the new decks.

FORBO’S FLOORING ELEVATES THE SUSTAINABILITY ETHOS IN NEW ECO-FRIENDLY PRIMARY SCHOOL  Two Rivers primary school in Keynsham, Somerset, is only the second school in the country to achieve Passivhaus Plus accreditation. To achieve this impressive milestone, architects Hatcher Prichard had to make conscious choices when it came to choosing materials for this project. With outstanding sustainability credentials and a wide portfolio of solutions suitable for the education sector, Hatcher Prichard specified a variety of Forbo Flooring Systems’ contemporary floor coverings, including its Tessera carpet tiles, Sphera and Eternal vinyl floor coverings, as well as both its Surestep and Safestep safety flooring. A new build primary school for 420 pupils, Two Rivers Primary School was designed to add the much-needed provision for primary education to children in the Keynsham area, whilst also following sustainable building practices. With the requirement to achieve Passivhaus Plus accreditation, which meant the building had to produce as much energy as the occupants use, Hatcher Prichard had to carefully consider the materials used in the construction of this building.  Simon Hatcher, Director at Hatcher Prichard explains further: “Two Rivers achieved Passivhaus Plus accreditation in February 2023 and is only the second school in the country to do so. It is also the first to be built using standard building materials, including a steel frame with concrete floor slabs. When it came to specifying materials for the building, we looked for manufacturers that had strong sustainability credentials. With Forbo’s environmental goals so aligned with our own, and that of the building as a whole, it meant they were the perfect fit! In fact, Forbo’s sustainability credentials and flooring solutions were key to finishing this wonderful building.” However, as well as the sustainability objectives that Simon had to keep in mind, he also had to meet the design requirements. Simon commented on this, saying: “We were supplied with a document by the Department for Education on the Employer’s Requirements, which includes a section on floor coverings and the factors to consider when specifying materials for schools. The main area of consideration though was the functionality of the flooring; it had to withstand the heavy foot traffic we would expect to see in a school, whilst also being easy to clean and maintain.  “Additionally, the floor coverings needed to be installed seamlessly alongside each other to keep the joints between them flush, as well as provide some slip resistance. The chosen floor coverings also had to be suitable for the usage of each room, with the colourways used also needing to be appropriate for the age of the children using the space. The Forbo account managers really helped with this, thanks to their understanding of how specific products from Forbo’s portfolio met the individual requirements of each room in the school.” With the suitability of colours in mind, Simon looked to incorporate elements of the local environment into the design, as well as take inspiration from the school name too. He explained: “The design of the school draws from its location at the heart of Hygge Park, Keynsham. The surrounding area has a calm, Scandinavian palette of colours and materials, with the local houses made from light buff brickwork with white render above. We opted to use matching buff brick and white render externally, with complimentary blues, greys and whites for the walls and other surfaces inside. All the floor finishes were supplied using the contemporary and durable range of Forbo products required for each individual space. For example, Forbo’s Eternal vinyl was specified in the Washed Beech wood décor for the hall, hall store, studio and servery areas, which provided a natural contrast to the white paint on the walls, without being too distracting. “We also specified Forbo’s Sphera homogenous vinyl in a clear blue colourway, to represent the ‘two rivers’ of the school’s name, which runs along the ground floor corridor and extends back up along the first floor. We also used Forbo’s Eternal vinyl in the Smoke colourway for all the ground floor classrooms, which created a calm and neutral feeling.” What’s more, a selection of Forbo’s Tessera carpet tiles were chosen in a muted blue colourway for the first-floor classrooms, which helped to make them feel bright and spacious. Speaking on this decision, Simon said: “With the first-floor classrooms designed for the older students, we felt it would be more appropriate to use a textile flooring, as opposed to the vinyl flooring used in the Key Stage 1 classrooms. As such, Forbo’s Tessera Teviot carpet tiles were installed in the Mid Blue and Blue Moon colourways, both of which fit the colour theme running throughout the school. Additionally, the Tessera carpet tiles are really easy to clean, another requirement set out in the brief, so it ticked all the boxes.”  In addition to the above, Forbo’s Surestep and Safestep safety flooring were used across the project to ensure the safety of students throughout the building. Specified in the Smoke and Silver Grey colourways to match the colour scheme, the safety floors were installed in the wet rooms on both floors, as well as in the DT classroom on the first floor.  Simon concluded: “We’re really happy with the finished project, as are the school and students’ parents. The school held an open evening in mid-January where the Head and Deputy Head showed visitors around the building; both were delighted with every aspect, especially the hardwearing finishes throughout.” With the initial design stage beginning in August 2020, the school was completed in December 2022 and opened for students shortly afterwards in the new year. To find out more about Forbo’s offering for schools, visit: www.forbo-flooring.co.uk/education

Providing the solution for EWI retrofit on non-traditional build housingHaving successfully completing the previous 2 phases, K Systems were approached to provide a specification for EWI installation onto two non-traditional build housing types: 5M and Caspon. Both archetypes are of timber frame construction with single skin brick infills at ground level and a mixture of hanging tiles or cladding on upper floors. Typical of non-traditional build housing, the technical team at K Systems had to pay particular attention to bespoke detailing to derive a suitable EWI solution to meet the client’s requirements.The hanging tiles and cladding were removed from the upper floor(s) and replaced with timber sheathing boards to allow for a uniform aesthetic and a striking contemporary finish.Delivering a robust, safe and aesthetic system solution to meet the project requirementsHull City Council wanted to improve the thermal efficiency of their housing stock whilst provide a durable and more contemporary aesthetic look for the project. A combination of K Systems M Silicone and K Systems M VBriQ was used to achieve a u-value of 0.28 using varying thicknesses of A1 non-combustible mineral wool (80mm to 150mm) to adapt to the variety of substrates typical of non-traditional build housing. The combination of acrylic brick slips and polymer enhanced silicone topcoats achieved an appearance that is durable and elevated the dated look of the estate to a more modern feel. Our team worked extensively with the appointed architect preparing bespoke detailed drawings for the various archetypes, particularly transitions between the brick and timber substrates, cills, verges, rooflines, gas boxes and below DPC. Weekly demand planning meetings ensured timely delivery of materials to the appointed contractor.We ensured the correct fixings were specifiedK Systems commissioned pull-out tests to determine the optimum fixings and washers to be used to anchor the EWI system to the different substrates. A combination of hammer fixings and screw fixings were specified.

The new £100m Heatherwood Hospital in Ascot, Berkshire has been designed by leading architects BDP to put the wellbeing of patients and staff at its heart. The new state of the art building comprises a multitude of resources, from treatment rooms to operating theatres, day and out-patient facilities and specialist x-ray, MRI and radiology services. The overall design of the hospital has been greatly influenced by the woodland that surrounds it, with our aluminium fenestration systems framing the expansive views and maximising the use of natural light.The ’open’ design of the building has been created using our slimline SF52 aluminium curtain wall system, with the ground floor areas benefitting from our robust SFG shop front glazing system and integrated SD commercial doors. To provide safe and secure access, our SPW501 aluminium commercial doors were chosen for the main access points and our thermally efficient SPW600 aluminium windows were used throughout. All our aluminium fenestration products were expertly fabricated and installed by our supply chain partner Soundcraft for main contractor Kier.The use of our energy-efficient aluminium windows, doors and curtain walling complements the new hospital’s other sustainable design features which include photovoltaic solar panels and a green nature roof to manage rainwater absorption. Our technical team and locally based architectural advisor were also on hand to provide specification support and guidance, including help with U-value calculations and Part L compliance.The new-build hospital replaces the older dilapidated building that will be demolished to make way for a new housing development.

CABI, the Centre for Agriculture and Biosciences International, have moved into their brand new bespoke global headquarters for the organisation in Wallingford, Oxfordshire. Sitting in an area of outstanding natural beauty, this unique office development by architects, Scott Brownrigg, has been built with a low impact design and a strong emphasis on low carbon. The complete development incorporates energy-saving measures above current Building Regulations standards.  Whilst the outside of the building has been designed to be unobtrusive, allowing it to blend into its environment, internally the design has certainly been given the wow factor.  Rooflights allow natural light into the building, which continues to flow throughout by clever use of Lusso Atria glazing and Lusso 25 single frameless glazing. The glazed atrium has been installed with stunning affect and glazed partitions provide a 2,500sqm of workspace which incorporates a café restaurant, meeting rooms, and conference room/auditorium. This state-of-the-art headquarters is certainly fitting for an international organisation which will be visited by both guests and staff from around the world.